Engineering & Materials Science
Liquids
100%
Cracks
99%
Fluids
75%
Pipe
70%
Water
67%
Vortex flow
59%
Flow control
59%
Composite materials
59%
Actuators
57%
Reynolds number
57%
Stress intensity factors
53%
Turbulence
53%
Experiments
50%
Turbulent flow
50%
Boundary conditions
48%
Blow molding
45%
Velocity measurement
45%
Hydrodynamics
44%
Boundary layers
43%
Fibers
43%
Vorticity
43%
Gases
42%
Finite element method
41%
Geometry
41%
Two phase flow
39%
Temperature
38%
Flow patterns
38%
Heat transfer
38%
Delamination
37%
Airfoils
35%
Flow fields
35%
Energy release rate
35%
Electric fields
35%
Fracture toughness
33%
Electrostatics
33%
Electrodes
32%
Electrostatic force
32%
Air
32%
Flow rate
32%
Hot Temperature
32%
Water waves
31%
Convection
31%
Silicon
30%
Acoustics
29%
Ozonization
28%
Numerical models
27%
Thin films
27%
Computer simulation
26%
Mass transfer
25%
MEMS
25%
Laminates
25%
Microstructure
24%
Stiffness
24%
Sensors
24%
Single crystals
24%
Pressure drop
24%
Pipe flow
24%
Magnetic fields
24%
Electric potential
23%
Membranes
23%
Derivatives
22%
Buckling
22%
Natural convection
22%
Gravity waves
22%
Scattering
22%
Ships
21%
Decomposition
21%
Computational fluid dynamics
21%
Drag reduction
21%
Fluidics
20%
Shear stress
20%
Hemodynamics
20%
Tissue
20%
Fracture mechanics
20%
Viscosity
20%
Ozone
19%
Elasticity
19%
Momentum
19%
Effluents
19%
Substrates
18%
Fabrication
18%
Wastewater
18%
Drag
18%
Steady flow
18%
Glass
18%
Aspect ratio
18%
Elastic moduli
18%
Crack tips
18%
Phase separation
17%
Polymers
17%
Mechanics
17%
Crack propagation
17%
Hydrogels
17%
Boiling liquids
16%
Flow separation
16%
Kinematics
16%
Fluxes
16%
Colloids
16%
Micromechanics
15%
Nucleation
15%
Mathematics
Crack
50%
Turbulence
41%
Three-dimensional
32%
Stress Intensity Factor
31%
Design
29%
Fracture Toughness
28%
Interface Crack
27%
Turbulent Flow
27%
Formulation
27%
Fluid
27%
Model
26%
Cell
26%
Energy Release Rate
25%
Experiment
23%
Reynolds number
22%
Water
21%
Delamination
21%
Composite
21%
Mixed Mode
20%
Ship
20%
Finite Element
20%
Liquid
20%
Free Surface
19%
Motion
19%
Vorticity
19%
Harmonic
19%
Vortex
18%
Interaction
18%
Electrostatic Force
18%
Acoustics
17%
Particle Tracking
17%
Modeling
17%
Energy
17%
Damage
17%
Flow Field
16%
Bubble
16%
Performance
16%
Angle
16%
Hydrodynamics
16%
Stiffness
15%
Experimental Study
15%
Galerkin
15%
Range of data
15%
Configuration
14%
Finite Element Method
14%
Fidelity
14%
Entrainment
14%
Experimental Results
14%
Horizontal
14%
Wake
13%
Numerical Study
13%
Framework
13%
Convection
13%
Mixing Layer
13%
Influence
13%
Electric Field
12%
Grid
12%
Bimaterial
12%
Crack Tip
12%
Water Waves
12%
Stratified Flow
12%
Boundary Layer
12%
Kinematics
12%
Demonstrate
12%
Boundary conditions
12%
Propagation
12%
Nanoparticles
11%
Electrostatics
11%
Vertical
11%
Microstructure
11%
Gravity Waves
11%
Fracture Mechanics
11%
Sensor
11%
Dissipation
11%
Vortex Ring
10%
Composite Laminates
10%
Micromechanics
10%
Finite Element Analysis
10%
Particle Image Velocimetry
10%
Reduced Order Model
10%
Buoyancy
10%
Crack Propagation
10%
Actuator
10%
Stabilization
10%
Natural Convection
10%
Disturbance
10%
Symmetry Breaking
10%
Strategy
10%
Gradient
10%
Arbitrary
10%
Concepts
9%
Experimental Investigation
9%
Mesh
9%
Derivative
9%
Direct numerical Simulation
9%
Navigation
9%
Pipe Flow
9%
Crack Closure
9%
Forcing
9%
Exterior Problem
9%
Physics & Astronomy
vorticity
41%
liquids
39%
turbulent flow
38%
fluids
36%
flow distribution
33%
cracks
31%
turbulence
30%
heat transfer
29%
bubbles
28%
stratified flow
27%
liquid flow
27%
actuators
24%
water waves
23%
cells
23%
two phase flow
22%
gases
22%
Reynolds number
21%
vortices
21%
predictions
21%
composite materials
20%
hydrodynamics
20%
entrainment
20%
boundary conditions
19%
electrostatics
19%
shear
18%
interactions
18%
formulations
18%
free convection
18%
pipe flow
17%
water
17%
flow velocity
17%
simulation
17%
gravitation
17%
grids
17%
velocity distribution
17%
actuation
16%
annular flow
16%
microelectromechanical systems
16%
configurations
16%
performance
15%
sensors
15%
dissipation
15%
convection
14%
harmonics
14%
energy
14%
Janus
13%
gradients
13%
particle image velocimetry
13%
electric fields
13%
acoustics
13%
wakes
12%
pressure drop
12%
mesh
12%
fracture strength
12%
excitation
12%
conduction
12%
air
12%
silicon
12%
inclination
11%
stress intensity factors
11%
airfoils
11%
buckling
11%
high Reynolds number
11%
geometry
11%
fibers
11%
mass transfer
11%
oscillations
11%
augmentation
11%
liquid phases
10%
propagation
10%
perturbation
10%
convective flow
10%
two fluid models
10%
aspect ratio
10%
elastic properties
10%
colloids
10%
polymers
10%
viscosity
10%
direct numerical simulation
10%
homogeneous turbulence
10%
profiles
10%
oils
9%
magnetic fields
9%
Galerkin method
9%
disturbances
9%
concentrating
9%
gravity waves
9%
finite element method
9%
temperature
9%
drag reduction
9%
characterization
9%
kinematics
9%
stratification
9%
heat
9%
decomposition
9%
probes
9%
resonators
9%
deflection
9%
nonlinearity
9%
Prandtl number
8%